Kathleen P. Barton

Person

Lake Forest, IL, US

People

Patents Applicationslast 30 patents

Information Patent Application
Eplerenone Drug Substance Having High Phase Purity
- Publication number 20090149431
- Publication date Jun 11, 2009
- Kathleen P. Barton
- C07 - ORGANIC CHEMISTRY
Information Patent Application
Eplerenone crystalline form exhibiting enhanced dissolution rate
- Publication number 20050267302
- Publication date Dec 1, 2005
- G.D. Searle & Co.
- Kathleen P. Barton
- C07 - ORGANIC CHEMISTRY
Information Patent Application
Eplerenone drug substance having high phase purity
- Publication number 20050261261
- Publication date Nov 24, 2005
- Pharmacia Corporation
- Kathleen P. Barton
- C07 - ORGANIC CHEMISTRY
Information Patent Application
Eplerenone crystal form exhibiting enhanced dissolution rate
- Publication number 20050159594
- Publication date Jul 21, 2005
- Pharmacia Corporation
- Kathleen P. Barton
- C07 - ORGANIC CHEMISTRY
Information Patent Application
Eplerenone drug substance having high phase purity
- Publication number 20030083493
- Publication date May 1, 2003
- Kathleen P. Barton
- C07 - ORGANIC CHEMISTRY
Information Patent Application
Eplerenone crystalline form
- Publication number 20020045746
- Publication date Apr 18, 2002
- Kathleen P. Barton
- C12 - BIOCHEMISTRY BEER SPIRITS WINE VINEGAR MICROBIOLOGY ENZYMOLOGY MUTATION...
Information Patent Application
Eplerenone crystalline form exhibiting enhanced dissolution rate
- Publication number 20020038021
- Publication date Mar 28, 2002
- Kathleen P. Barton
- C12 - BIOCHEMISTRY BEER SPIRITS WINE VINEGAR MICROBIOLOGY ENZYMOLOGY MUTATION...

Kathleen P. Barton

Person

Patents Applicationslast 30 patents

Eplerenone Drug Substance Having High Phase Purity

Eplerenone crystalline form exhibiting enhanced dissolution rate

Eplerenone drug substance having high phase purity

Eplerenone crystal form exhibiting enhanced dissolution rate

Eplerenone drug substance having high phase purity

Eplerenone crystalline form

Eplerenone crystalline form exhibiting enhanced dissolution rate